Assuming the Ps and Is are indistinguishable: There are 10! / 3! / 3! = 100800 ways If the Ps and Is are distinguishable, then there are 10! = 3628800 ways
5+10+10 5+5+5+10 5+5+5+5+5 5+20 Four ways.
There are 13 ways.
10 ways.
240
10 ways.10 ways.10 ways.10 ways.
Assuming the Ps and Is are indistinguishable: There are 10! / 3! / 3! = 100800 ways If the Ps and Is are distinguishable, then there are 10! = 3628800 ways
Assuming that the only determinant is the gender pattern, there are 20!/[10!*10!] = 184,756 ways.
Some ways are: 5*2=10 10*1=10 10-0=10
There are several ways to make 15p using different combinations of coins. One way is to use one 10p coin and one 5p coin. Another way is to use three 5p coins. Additionally, you could use a combination of one 10p coin and five 1p coins. In total, there are multiple combinations that can add up to 15p.
I'm going with 25,200 3 men out of 10 may be chosen in 10C3 ways = 10 ! / 3! 7 ! = 120 ways. 4 women may be chosen out of 10 in 10C4 = 10 ! / 4! 6! ways = 210 ways. Therefore, a committee with 3 men and 4 women can be formed in 120 x 210 = 25,200 ways.
There are 6!/2! = 360 ways.
10!
5+10+10 5+5+5+10 5+5+5+5+5 5+20 Four ways.
6
10 ÷ 60 10 ┌ 60 10/60
There are three ways you can write the number 10. You can use X, as in Roman numerals, ten, or 10.